Life Sciences – Diagnostics – Microfluidic Cartridges

Microfluidic Filtration and Separation

Functional components ensure sample purity for microfluidic diagnostic systems

Successfully Filter and Capture Sample Particulates

Reduced samples and reagent volume, lower costs, and shorter analysis times are just a few of the recent advances in microfluidic systems requiring enhanced analytical performance. High-fidelity multiplex and multiclass assays synergize components and advances in nanotechnology, molecular diagnostics, microfluidics, and microelectronics. These technologies are being developed in new and powerful measurement tools within a small device footprint. 

Porex supports all microfluidic device functions and component needs with custom diagnostic solutions designed to meet or exceed the tightest analytical performance requirements. Clinical science products, media, and filters from Porex are engineered to help ensure performance, purity, accuracy, and reproducibility in demanding IVD, molecular and clinical diagnostic sample preparation, liquid handling, and microfluidic applications.

POREX® microfluidic media and filters provide sample filtration and absorption, particulate capture, debubbling, venting, fluid metering, and separation for real-time, PCR and molecular diagnostics systems. Our highly specialized, pure materials and media are critical to the function of lab-on-a-chip, molecular diagnostics and POC analysis solutions.

Common microfluidic applications requiring filtration and separation media

  • Sample filtration
  • Absorption
  • Particulate capture
  • Venting
  • Fluid metering
  • Debubbler
  • Binder (functional additive)
  • Separation and more
    • Fluid checks and metering valves
    • Reagent reservoirs
    • Separation columns
    • Sensors

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Technical & Design Challenges Integrating Porous Membranes in Microfluidics

Options for customizing microfluidic filtration and separation media

Key Features & Benefits

  • Minimize interference with critical samples and assays – CERTIFIED PURE POREX® materials certified by independent test labs ensure optimal performance, accuracy and reproducibility.
  • Make manufacturing easier – Our components can be easily inserted into your device using common manufacturing techniques including press fitting, heat staking, adhesive discs and ultrasonic welding.
  • Provide customized material solutions – Our proprietary material technology expertise can help find the right material solution for any medical or diagnostic device.

 

CERTIFIED PURE POREX® Materials

  • Filter Media Purity – no material additives or contaminnts
  • No Heavy Metal Interference
  • No other Inorganic Element Interface
  • Clinical Laboratory Methodology Compatibility
  • 99.9% Bacterial Aerosol Filtration Efficiency
  • Non-Cytotoxic
  • Non-Hemolytic

Material Options

  • Advanced porous materials (PE, PP)
  • Porous PTFE (POREX Virtek®)
  • Porous polymeric fiber
  • Porous composites
  • Functionalized and bioactivated porous media

Geometric Options

  • Sheets
  • Slit rolls
  • Rolls
  • 3D geometric shapes
  • Molded and Die-cut discs and plugs
  • Self-adhesive discs
Porous Laboratory Components

Download our Tech Brief:

Microporous PTFE Successfully Degasses Air Bubbles in Microfluidic Devices

Related Resources

Porex Virtek® PTFE Material Selection for Microfluidic Devices

A tool to assist engineers in making accurate material selections for integrating Porex Virtek Hydrophobic PTFE venting materials into microfluidic devices.

Microfluidic Media and Filters Brochure

Explore custom microfluidic media and filters that serve as the smart enabling material that delivers filtration, wicking, and venting in lab-on-a-chip applications.

Diagnostics Video Series: Porous Polymer Solutions for Microfluidic Tests

Experience the various ways Porex Virtek microporous PTFE functions as a bubble trap (degassing or debubbling) in a microfluidic device.

Porex Virtek® PTFE Debubbling for Microfluidic Devices

This video showcases the functionality of Porex Virtek microporous PTFE as a bubble trap, for degassing or debubbling, in a microfluidic device.